display();
/* if(min==0&&sec==0){sound=0;delay(1);sound=1;delay(1);
sound=0;delay(1);sound=1;delay(1);sound=0;delay(1);sound=1;delay(1); } */
if(min==0&&sec==0||amin1==min&&ahour1==hour&&sec==0||amin2==min&&ahour2==hour&&sec==0||amin3==min&&ahour3==hour&&sec==0||aday==day&&amonth==month&&min==0&&sec==0&&hour==0) {sound=0;}
if(sec>5) { sound=1;} }
/*********************************************************************
时间显示函数
**********************************************************************/
void display() {
unsigned char t;
//wrcom(0x80); //wrdat(0xfb); wrcom(0x84); for(t=8;t>=1;t--) {
wrdat(timebuf[t-1]); }
wrcom(0xc3);
for(t=7;t<=16;t++) {
wrdat(timebuf[t+1]); } if(amin1!=61) { wrcom(0xc1); wrdat(0x41); } }
/*********************************************************************
按键扫描
**********************************************************************/
unsigned char scankey() {
if(P1!=0xff) //判断是否有键按下 {
delay(2); //延时消抖 if(P1!=0xff) {
switch(P1) {
case 0xfe:{P1=0xff; while(P1!=0xff); return(1);}break; //判断所按键值并等
case 0xfd:{P1=0xff; while(P1!=0xff); return(2);}break; // 等待按键松开，再
case 0xfb:{P1=0xff; while(P1!=0xff); return(3);}break; // 返回键值 case return(4);}break;
case 0x7f:{P1=0xff; while(P1!=0xff); return(5);}break;
0xf7:{P1=0xff;
while(P1!=0xff);
}
} } else
return(0); }
/*********************************************************************
按键功能处理函数
**********************************************************************/
void keywork() {
key=scankey(); switch(key) {
case 1: //按下menu键 {